fuller



F. L. FULLER.

CASH REGISTER.

APPLICATION FILED IUNE 21, ms.

1,336,693. Patented Apr. 13, 1920.

5 SHEETS--SHEET 314 0a 11 [7oz FREDERICK L FULLER F. L. FULLER.

CASH REGISTER.

APPLICAHON men JUNE 21. 1918.

1,336,693. Patented pr- 13, 1920.

5 sums-swan 2. FIG. 3

au'peufoc 5 FREDERICK L FULLER 5/, 4;, 52, 6 5

L I I H KL, H.

F. L. FULLER.

CASH REGISTER.

APPuc/nmu FILED JUNE 27, ms.

Patented Apr. 13, 1920.

5 SHEETS-SHEET 3.

FIG.

This is YUUr Receipt I Q MAIN at 0 G a D N N m E m m MU U LI-F 1 WK mm on 8E D E R F F. L. FULLER.

CASH REGISTER.

APPLICATION mm was 2?. ma.

1 ,336,693, Patented Apr. 13, 1920.

5 SHEETS-SHEET 4.

FIG.15

lgEDERICK 'L. $04M UN ITEI) STATES FREDERICK L. FULLER, OF BRIDGEPORT CONNECTICUT, ASSIGNOR TO CASH REGISTER COMPANY,

PATENT OFFICE;

THE NATIONAL OF DAYTON, OHIO.

CASH-REGISTER.

1,."LHLGH3.

Application filed June 27,

To all iii/wan it may concern:

Be it known that I, FREDERICK LHFUnLEu, a citizen of the United States residing at Bridgeport, in the county of Ia-irfield and State of Connecticut, have invented certain new and useful Improvements in Cash- Ile istcrs, of which I declare the following to he a full, clear, and exact description.

This invention relates to improvements in cash registers and the like, the primary object being to devise a mechanism which is adapted to be transported from place to place by the operator, thereby very adaptable for use among ice men', milk men, expressnien, insurance collectors, an in fact LOllQCtOl'S of every description' machine is designed to be closed up; as n i'li'ch as possible so that dust, dirt, water, etc.,

being used and others heretofore mentioned.

The present machine is designed to register amounts and issue checks commensurate with these amounts.

Another object of the present improve ment is to provide the machine with a record strip. and a device cooperating therewith, whereby the same is adapted to receive autographic notations. Being thus provided with a check issuing device and a record strip, the machine aliords protection to the customer or payer and also to the roprietor or manager of the business. he check is given to the customer as a receipt, and the record strip receives an impression identical to that printed on the issued check he proprietor is provided with a printed record of every transaction that has taken place. 0

The present invention differs from a former machine, invented by the applicant and disclosed in a ending app ication serial No. 220,752 filed M a-rch 6, 1918, in that, the present mechanism is provided with n autograpl'iio device while the mechanism in the application referred to does not have uch autographic feature. The present mahine is also provided with a. plurality of Printing mechanisms, whereas the mechaism in the application above referred to is only one printing mechanism.

A further object of the present invention to provide a re ord strip that is adapted Specification of Letters Patent.

Patented Apr. 1.3, 1920.

1818. Serial No. 242,255.

to receive the that said may be read printing This is done in order ,asis

thecase in the machine described in t a plic'a'ti'on', Serial No. 220,752 filed March 6 191 abovereferrecl to.

c osin'g I 0 me( 4 u i with a cabinet sl ghtly changed in, shape the machine is 1.... it ,....\I i rendered c able of pr nt ng on inserted proved registering mechanism, the cabinet and part of the frameworks being shown in Fig. a top plan view of the improved registering mechanism the settable slides 1g. 5 ise detail view in side elevation of one of the settable slides. line 6-6 of Fig. 5 looking in direction in- Fzg. 7 IS a vertical sectional view taken upon the line 7-7 of Fig. 4, and looking in ig. 8 is a full size detail view of a check which is issued by the register. of the record s'trip printed bv the machine.

10 is a detail view illustrating the of the register.

Fig. 11 is a vertical sectional view taken direction indicated by the arrows.

Fig. 12 is a detail view of the lock and its section.

and cabinet therefor being removed.

Fig. 6 is a ve ical sectional view taken on dicated by the arrows.

rirer-tion of'arrows.

1g. 9 is a detail view showing a portion driving mechanism for the various elements on line 1111 of Fig. 4 and looking in the cooperating parts, for engaging the counter also provided with suitable inscriptions with the actuating mechanism during totalizing operations.

Fig. 13 is an end elevation of the mechanism illustrated in Fig. 12.

Fig. 14 is a detail view showing the mechanism coiiperating with the settable slides for returning them to their home or normal position.

Fig. 15 is a fragmentarydetall view having parts omitted, and illustrating the mechamsm and construction whereby the record strip and impression'platen therefor may be removed from the machine.

Fig. 16 is a detail view of the cam and a portion of the device for driving the counter transfer mechanism.

Fig. 17- is a side elevation and partly 1n section illustrating a part of the improved registering mechanism havin elements omitted and inclosed in a modi ed form of cabinet whereby the machine is adapted to print upon inserted sli s or other papers.

Fig. 18 is a horizonta sectional view taken on line 18-18 of Fig. 17 looking in the directionindicated by the arrows and showing particularly the holder for the slip or other inserted paper.

Described in general terms the machine comprises, a series of settable slides, whereby an amount received, account, ledger or other special numbers and date are set upon the type bars and type wheels corresponding with said slides, a plurality of printing mechanisms cooperating with said ty e wheels and type bars, means for inkmg t e type thereof, a check issuing device, a record strip and means for feeding same, an autographic feature associated with said record strip, a counter and device for engaging said counter with an actuating mechanism, an operating handle cooperating with a driving mechanism whereby the above devices are made to perform their various functions, a full stroke device for said operating handle, and a suitable framework for supporting the above mentioned mechanisms. The settable slides representing the amounts and account or ledger numbers are inscribed with integers 9-0 and dashes. These integers represent various units of a monetary system. Adjacent each inscription isa hole or pocket whereby the slides may be reciprocated by a pencil point, stylus, or any other suitable o erating element, inserted in said holes. he date slides arg an holes associated therewith.

The functions of the mechanism will now be described, the machine being used by a collector of insurance, this line of business being taken merel as an example since it will be readily un erstood that the same is adapted for use in any analogous business and it is not intended to limit its application to the line of business in connection with which it is described herein. The machine may be inclosed in a leather, or any other suitable case having a strap fastened thereto so that it may be conveniently carried about. The collector upon receiving a premium payment from a policy holder moves the settable slides, ositioned beneath the inscriptions, Dollars and Gents on the index plate, so they will indicate the amount received. In a like manner the other slides are manipulated to set up the date and policy holders account or ledger number. A pencil or other operating element may be used for moving the slides by insertin it in the holes or pockets that are provide in the upper surface of the slides for this purpose. Simultaneous with the setting of the slides as described above, the type wheels and type bars are set to print the amount, date and account number, commensurate with the positioning of settable slides, onto the check and record strip, respectively. The operating handle is then given a complete revolution. At the proper time during an operation of a driving mechanism actuated by the operating handle, the type wheels and type bars are locked and the counter is thrown into engagement with an actuating mechanism, which cooperates with both, the type wheels and the counter. An impression mechanism is then operated to print the amounts, date, and account numher on the check and record strip after which the slides are returned to their normal or home position. During the return of said slides the amount is accumulated on the counter, and the record strip is spaced for the next operation of the machine. Following the impression of the amount, etc., on the check strip, a cylinder provided with an electro is actuated to print on the check and also feeds it out of an opening made in the cabinet. The electro generally contains the name of the company and any other printing which the company may desire.

The extended check is torn off by the collector and given to the payer as a receipt. The slides having been returned to normal position the autographic feature may be employed. For example the collector may write the payers name or any other notation he may wish directly underneath the print on the record strip.

From the above description it will be seen that for every collection made the machine performs the same functions, therefore the amounts received will be accumulated on the counter and printed on the record strip. Upon returning to the office the collector leaves the machine with the manager. The manager has a key which he inserts in a suitable lock, on the side of the machine cabinet and gives said key a one quarter turn thereby engaging the counter with the actuating mechanism. A suitable operating element is placed in the hole opposite the integer 9 in each of the settable slides. beneath the inscriptions, Dollars and Cents, and said slides are moved forwardly until they come to a stop, at which time the counter has been reversely rotated to its zero position and ;the amount accumulated thereupon has been set up on the type wheels and type bars. The crank handle is then operated and the operation of the machine is. identical with the adding operation previously described. The amount which is now printed on both thecheck and record are identical and'represent the total amount of-money received bythe-collector. The check may 'be given to the collector from the company showing he has turned in his collections. The record strip contains an itemized account of the days collection and also the total of said collections.

vWith reference to the drawings and in which like reference numerals .refer to similar parts throughout the various figures, the mechanism will be described in detail. Referring to Figspl, 2 and 3, it willbe seen that the mechanism is inclosed in-a suitable casing or cabinet 20. The various operatin elements are supported in a framewor which comprises,-as best shown in Figs. 3, 4

and 5, a horizontal base 21 which has botli ends formed vertically at 22, a vertical wall 23 and a vertically extending bracket 24 which is secured to the base 21 at points 25. The bracket 24 is tied to the wall 23 by means of rods 26 which are fastened by screws 27.

The setting mechanism.

The mechanism for positioning the type for printing on the check and record strip and which also sets up the actuator for accumulating on a counter, which will be here.-

inafter described, comprises, as illustrated in Figs. 1 and 2, five settable slides 28 for the amounts, four settable slides 29 for the account or ledger number, and three settable slides 30 for the date. Each slide consists of a plate 31 (Figs. 5 and 6) which is provided on the upper surface thereof with holes 32 adjacent which are inscribed characters 33, as is clearly shown in Fig. 1, and a bar 34 having an upwardly projecting part 35 on each end thereof. A portion of the lower surface of each bar 34- is also provided with type 36 bearing characters commensurate with the inscri tions 33 above described, and a groove 37in which is rigidly fastened a plate 38 provided with teeth 39. The plate 31 is secured to the projections 35 on the bar 34 by screws 40 thereby forming a slideway 41 which is for the pur ass of guiding the slides 28, 29 and 30, sai slides being supported by two of the bars 26 as shown in Figs. 3 and 7.

To set up the date on the register the opring to Fi erator inserts a suitable operating element into one of the holes in each of the slides 30 one after the other and moves said slide, as selected, forward until the operating element is stopped by an edge 42 of an opening 43 which is provided in the top of the cabinet 20, as shown in Fig. 1. Fastened to-the cabinet and positioned above the settable slides 28, 29 and 30,is an index :plate 44 which is inscribed with the words Date, Account No., Dollars, Cents. By the operation described above,-,the type 36, being a part of the slide 30 will be positioned for printing. The teeth 39 (Fig. 7) are engaged with teeth 45 of actuators 46 which are loosely mounted upon a hollow hub or drum 47 having integral therewith a sleeve 48, (F i 3) loose upon a horizontally disposed sha 49 by which it is supported. The said sleeve projecting'through the bracket 24so that the end of the .drum liesadjacent the bracket 24 and towhich it is secured by pins 50 so that the .drum is held against rotation. The :gears46 which are spaced by their respective hu s .51, mesh with pmions 52 which are fastened to the sides of the date wheels 53, which are loose 'ona shaft 54, so that when the slides 30 are manipulated the type wheels 43 will also be positioned for printing the date commensurate with that which has been set up by the movement of slides .30.

To set up an account number and the amount the settable slides 28 and 29 are manipulated in the same manneras slides 30, and have teeth 39 like the latter slides which mesh -with the -teeth 55 of the actuators 541 14) that are loosely mounted upon the shaft 49 and spacedthereon by their respectivehubs 56 (Fig. 4). The teeth 55 of the actuators 541 mesh with pinions (not shown) exactly similar to the pinions 52, which are fastened to type wheels 57 (Fi 4) that-are also loosely mounted upon t e shaft 54. -By the manipulation of the slides 28 and 29 it is obvious that the type wheels 57 will be positioned commensurate withthe movement of the slides to print the amount and account numbers. Tlhe settablezslidesare all keptfrom lateral movement byithe teeth 45 and 55 of the actuators 46 and 541, respectively, which as above mentioned, are spaced laterally'by their hubs.

Operating mechanism.

The mechanism which drives -the various elements of the machine comprises, refer- 4, an operating'handle 58 of the usual olding type, :which is provided with a tenon 59 that fits within a mortise 60 formed in a hub 61. The operatinghandle has a reduced portion forming a stud 62 (shown in cross-sectionin Figs. 10 and 14) which enters ahole 63 (Fig. 14)in the hub 61 and is held in place by any suitable means such as a plunger and spring (not shown) which coiiperates with a V-shaped notch (not shown) in the stud 62. In Figs. 1 and 2 the handle 58 is shown folded in, and in Fig. 4 it is shown opened out for operating. The hub 61, which is rotatably mounted at one end in a bracket 66, fastened to the vertical wall 23at points 67, has its other 'end rotatably mounted in the wall 23, (Figs. 4 and 11) and carries a disk 64 which hassecurely fastened thereto a car 68. A snail ratchet 69 issecured to t e gear 68 cooperating with the teeth of which is a pawl70iw ich together forms a full stroke deviceidenticalwith that fully described in the above mentioned Fuller application. As illustratedin Figs. 10 and 11, the gear 68 meshes with a ear 71, having fastened thereto a pinion $2. Said gear and pinion are mounted fast upon a hub 73 that is loose upon the shaft 49. Mounted loosely upon the shaft 54 andin the same lane with the pinion 72'is a pinion 78. Marposed between the pinions 78 and 72 is an idler gear81-mounted loosely upon-a stud 82 which is secured in the vertical wall 23. Mounted loose upon a stud 83, which is also secured to the vertical wall 23, and meshing with the pinion 78, is a gear 84 having fastened thereto a gear 85 which has teeth only on a part of its periphery and which co6pcrates with a pinion 86 which is fast upon a shaft 87 Referring now particularly to F 10,-11 and 12, a fixed shaft 88 has a gear 89 loosely mounted thereon, by means of an idler gear 94 rotatably mounted on a stud 96, which is driven by the gear 71. A gear 91 is mounted loose on a fixed shaft 93 and which is driven by the gear 68 through an idler gear 95 rotatably mounted on a ,stud 97.

In order to drive the train of gears (Fig. 10) above described, the handle 58 is given a very slight movement in the reverse 0 erating direction whereby a portion 700 ig. 11) of the pawl 70 is disen aged from a pin 691 of the ratchet 69. T is movement of the handle 58 causes the nose 701 of the pawl 70, by a spring 702 stretched between said pawl and a stud carried by the wall 23, to enga e the teeth of the ratchet 69. The han e may now be turned in the operating direction.

By referring to Figs; 4 and 10 it will be seen that by giving the handle 58 a complete revolution in the operating direction that, through the tenon 59 of said handle, and

mortise 60 of the hub 61, the gear 68, will be revolved counter-clockwise, (Fig. 10) thereby throu h the idler gear 95 causing a counter-clockwise revolution of the gear 91. The revolution of the gear 68 will, as is indicated by the arrow, cause a clockwise revolution of the gear 71 and through the idler gear 94 cause a clockwise revolution of the gear 89. The pinion 72 being secured to the gear 71 will of course receive a clockwise revolution therebycausing the pinion 78, through the idle gear 81, to receive a clockwise revolution, which causes the ears 84 and gear 85 to be revolved counter-c ockwise, and which at the proper time revolves the pinion 86 and the shaft 87 in a clockwise direction.

Restoring and alinng device.

a The mechanism for alining the type wheels and holding the settable slides in position, after they have been set for printing, and for restoring said type wheels and settable slides to their normal or home po sition so that they will be ready for a sub-- sequent operation of the machine, and also for accumulating the amount, which has been set on the type wheels, on the counter, which will hereinafter be described, comprises, as illustrated in Fig. 14, a lever 98, rotatably mounted upon a stud 99, which is provided with a stud having an antifriction roller-101 thereon which cooperates with aeam race 65 of the disk 64. The rearwardl extending portion of the lever 98 is provi ed with a segmental portion having teeth 102 which mesh with teeth 103 of a pinion 104 that is pinned to the shaft 49. A bail 105 carried by parallel arms 106 which are provided with upwardly extending portions 107, are also fast upon the shaft 49. The actuators 541 (which it will be remembered are positioned by the settable' slides) are provided near their centers with downwardly projecting portions 109, which cotiperate with the bail 105, and which will be later described.

The alining device comprises, referring to Fig. 7, a bail 110 carried by arms 111, loosely mounted upon a shaft 112, and these arms have forwardly extending levers 113 each provided with a downwardly projecting nose 114, which are adapted to coiiperatc with the portions 107 of the arms 106. C0- operating with each of the gears 52, which it will be remembered are secured to the side of the type wheels, is a spring pressed pawl 115 loosely mounted upon the shaft 112, which is held by its spring so that a nose 116 formed thereon is in engagement with its associated gear 52. Each of the said pawls also has another nose 117 formed thereon which contacts with the lower surface of the bail 110.

It will be remembered that the type wheels 53 and 57 are rotated during the setting operation, thereby causing the pawls 115 and hail 110 to he rocked up and down, on the shaft 112, until the desired type has been set. The nose 116 of the pawl 115 is held firmly against the gears 52 by a spring 118 that is stretched between the pawls 115 and the rear igssaeos tie rod 26, as is clear] shown in Figs. 4 and 7. The rocking of t e bail 110 by the on gagement of the pawls 115 with the ears 52, also causes the nose 114, of each '0 the levers 113 to be rocked up and dow'n,therefore the upwardly extending portions 107 of the bail 105 which lie directly tliercbeneath are cut away at a point 108 to allow clearance for the downward movement of the noses 114.

Referring now articularly to 14, the configuration of t e cam race 65v 11181311181! 64 is such that, whensaid' disk is revolved by the hub 61 the roller 101 will be moved away from the hub 61 thereby causing the arm 98 to be rocked counter-clockwise on the shaft 99. This vmovement will, throughthe cooperation of the teeth 102 which"a1':e "en gaged with the teeth 103 of the car 104', which is fast to the shaft 49,cause he shaft 49 to berocked clockwise. It'will be -i'emeluberedthat the bail 105 is rigidly'seciired to the shaft 49,, therefore thefp 'ortions 107, be,'-

ing a part thereof, will also receive ai'jclock wise rotation which is suflicientf topos'itidn said portions, ,107 directlyflbeneath ,the noses 114"the1:eb'y preventing the rocking, ofthe levers as previously described, an ca usin'g the pawls 115 throughtliebaillI Oto be .ocked engagement with the gear 52. This movement will prevent the type. wheels 33 and 57 from, getting out of aline ment luntil after, the 'p'rmtinghas taken place' It will also be remembered that eachjo'f the gears 52 mesh with the teeth 45fofthe actuators 46 which are engagedwithlthe'teeth 39 of the settable slides." The type; 36, being a part of thesettable -slides,28,'29 'and 30, wi 1 also be properly. alined and. held against movement when the impressions areltaken therefrom. V "f it the proper time, after the printing has taken place and which willhe h ter described, the arm' 98 (Fig, 14) is rocked clockwise, through the actuation of the cam race 65 upon the roll 101,'tliereby causing the shaft 49 to be rocked in'a counter-clock wise direction. During the setting operation, as previously described, the actuators 54- (Fig. 11) are rotated in a clockwise dirr-ction and are set difl'erentially, therefore the projecting portions 109 thereof, will, be set difl'erentially. The shaft 49, as descrilzed above, being given a counterclockwise rotation will also rotate the, bail 105, it being fast thereto, which will cause it to engage the diiferentially set portions 109 of the actuators 541 which will also be rotated counter-clockwise and restored to their home or normal position. This movement of the actuators 541 will cause the settable slides 28, 20, the t pe 36 thereof, and the type wheels 57 to e returned to'their normal or home positions. The actuators46, (Fig. 7

which cooperate with the date slide 30 and date type wheels 53 and which are mounted upon the hollow drum 47, as reviously described, are not provided with any portion 109 thereon to cooperate with the'bail 105,, therefore thedate slide 30 and the date type wheels 53 will not be restored to their home or normal positions when the said bail is actuated.

I The aownter.

Figsl 'gfl'll, 12, and '13, theco unter 119, carried bythe' framework 120 issecured to a lever 122 ,loose upona shafthl23. The lever 122 (Fig, 12) is provided with a laterally projecting stud 124 having an anti-friction roller 125 thereon which is held in engagement with the, periphery of a plate cam 90 fast'to the gear 89, by means of a coil spring 127stretched between a stud 126 carried by thelever 122 and a stud,128 carried by the rerticalwall 23. A lever 130, having ity forwardly 'projecting arm 132 which is provided with a nose 133 that cooperates witha stud 136 which is secured torthe late cam 90, is mounted on astud 13]. carried? by vertical wall 23. The downwardly extending portion 134 of the lever 130 is held against a stud 129 carried by the lever 122, by a coil spring 137 stretched between the lower end of the portion 134-and a stud carried by a lever 261.

It will readily be seen from the above description, that when the plate cam 90 1S given a clockwise revolution, it being fast to the gear 89, as previously described, the lever 122 through the cooperation of the roll 125 upon the periphery of the cam 90 w1ll be rocked in a counter-clockwise direct on around the shaft 123, and thereby putting an extra tension upon the spri 127. referring to Fig. 12 it will be seen that the portion 134 of the lever 130 is held firmly against the stud 129 by the tens on of the coil spring 137. The. stud 129 being fast to the lever 122 will of course be moved in a. downward direction and thereby allow will allow the stud 129 to fall beneath a shoulder 135 of the lever 130 thereby locking the lever 122 in its downwardly moved pos1- tion. It will be remembered that the coun- I the lever to be rocked clockwise whic ter 119 and framework 120 thereof are ,securely fastened to the lever 122 which. is mounted loosely on the shaft .123. Therefore when the lever 122 is rocked in a counter-clockwise direction the movementtldieil'pof is suificientto e 'a gears carrie the wheels of the coil m 119 (Fig. 7) with the actuators and to be held in such position by the shoulder 135 bein held over the stud 129 of the'lever 122. e counter 119 is thus .held engagement with, the actuators until after the,lsettableslideshavereturned to their'lioine or normal position. During this move'ment it will be remembered, the actuators 541 are restored to their homeposition by thebail 105 engaging :the positions 109 of said actuatorsw ereby. the amounts set upon thetype' wheels are accumulated u on said, counter. Referring again to Fig. 12, the, stud 136 15180 positioned on the plate cam 90. that at the roper time during the revolution of the sai 'cam, the stud 136 contacts with the nose133ofthe lever 130, rocking said lever counter-clockwise which disengagesthe'stuil 1290f the lever 122 from beneath ,the' shoulder 135* of the portion 134 of the lever130'." ,This allows the spring 127, which has beeu put under extra tension to pull, the leverj122-upward or clockwise around the shaft 123 which will simultaneously rockthe', gearsof the counter wheels of the counter 119 out of engagement with the actuators. 1

Cams 138 (Fig. 7) which coiiperate with pawls 1193 and 1194, for effecting the transfer movements in' the counter, are pinned to the shaft 123. This movement is occasioned by a pin 1191' enga 'ng an edge 1195of the pawl 1193 and roc 'ng saidpawl counterclockwise so' that a portion. 1196 thereof is placed in the path in one of the cams 138. These cams, and pawls and the transfer movements are identical with those which are fully described and illustrated in. the

- above mentioned Fuller application and therefore will not bedescriliied further herein. The means for-driving. the transfer cams 138, so'that they will engage the portions 1196 of the pawls 1193 to effect the transfer movements, is different from that which was described in the above mentioned Fuller application and therefore a detail description thereof will be given hercin. Referring now particularly to Fig. 11, an arm 139, oosely mounted upon a stud 14.0 is provided at its rear end with a segmental portion 141 having teeth 142 which mesh with a pinion 143 pinned to the shaft 123. The arm 139 (Fig. 16) is also provided with a laterally projecting stud 144 having an anti-friction roller 145 thereon. which cooperates with a cam race 146 formed in a disk 147 that is securely fastened to the gear 91.

The configuration of the cam race H6 is such that, when the disk 147 is revolved by the gear 91, which was previously described, the arm 139 will first be rocked counterclockwise and then in a clockwisedirection, as viewed in Fig. 11. The movement of the arm 139 as just described will cause the gear 143 to be rotated first in a clockwise CllI'GCf tion, and then in a counter-clockwise direction; The gear 143 being secured to the shaft 123 will cause the said shaft and cams 138 which are fastened thereto, to. .be rotated likewisejthns effecting the transfer movements in the counter as is fully described and illustrated in the. above mentioned :Fuller application.

7 The print/mg mechanism.. Y ThefmechaniSm fOr printing the date, account number, and famount, of each transaction ,upon the record strlp and means whereby the said strip is advanced after each print, together 'ivith means for inking the type will now be described referringto Figs}, 47 and 11. A lever 1147 (Fig. 11)

s secured to asleeve 148 which is loosely mounted on ,a fixed shaft 149. Thenpper portion 150 of the lever 1147 is provided with a horizontally extending bail 151 which has secured thereto a block152 (Figs. 3 and 7) cut away to-receive a rubber platen 153 which is held between the said block and Mama loose upon the shaft 54 and eitending forward is ,a'lever 166 (Fig. 11) which' cai'ries a stud 167 having mounted thereon an anti-friction roller 168 which coiiperates with a cam race 75 in a disk 74 integralwith the hub 73. The forward end of t e lever 166 is bifurcated at 169 to receive a pin 170 which is secured to the lever 1147.

From the above description it will be seen that when the disk 74-is given a revolution, by the gear 71 as previously described, the lever 166, through the cooperation of the roller 168 thereon, with the cam race 75 will be rotated around the shaft 54, first, in a clockwise direction and then in a counterclockwise direction. By the movement of the lever 166 as just described, the lever 1147 and sleeve 148 fast thereto, will be rotated first in a counterclockwise direction and then in a clockwise direction around the shaft 149. The first, counter-clockwise, rotation of the lever 1147 will cause the platen 153 to be moved downward and then away from the type 36 so that an ink roll is operated to ink the said type for printhhe mechanism for inking the type 36 which prints on the record strip 157, and is best shown in Fig. 11 comprlses, a lever 171, fast'upon a shaft 172. The lever 171 is provided with a slot 173 to receive a pm 174 that is fast to a lower extending portion 175 of the lever 1147 and integral therewith. The upper portion of the lever 171 has ahole 176 (shown in dotted lines in Fi 7) for receiving the end of a shaft 17 which is secured to a lever 178 (Figs. 3 and 4) that is loosely mounted upon the shaft 172. Rotatably mounted on the shaft 177 is a roll 179 which is made'of felt or any other suitable material to receive ink. Theuroll 17-9 is laterally spaced by a shoulder 180 (shown'in section in Figi'7) ofthe shaft177-and acollar 181: Figs..4 and 11) pinned to the shaft 177.. Laterally extend ing from the lever 178 is a pin 182 (Figs. 3 and 7.) which enters a hole in an arm 184, that is fast upon. theshaft 172, and is held therein by -aspring-pressedball 183; Said ball and'spring finecarriedwithin the arm' 184 and coiiperate with an annular groove (not shown) in the-pin 1.82.

During the first counter clockwise movement of the'lever'1147, as described above, the portion.175 ofithe lever 1141i *and pin 174 thereon wilkof course be rotated ina counter: clockwise direction". The slot 173 in thellever 1 71i: so formed as to allow the stud -174.-' to slide neutral a' suflicient length of time so that the platen 153 will be lowered far enough to allow the roll 179 to ink the type... without interfering therewith.

The inking of. theytype jusmmentioned isaccomplished by thestud 174 cocperating with the slot 1731B! the lever 171. and rocking said lever in a clockwise direction when the-lever 1147 is rotated counter-clockwise as previouslydescribed. The shaft 172 will also be rotated with the'lever 171xit being fastened thereto, which will likewise cause the arm 184 to be rockedsimilar, it-being also secured to the shaft 172. The lever 178 being provided with a stud 182 which onters a hole in the'arm 184, as previously de-' scribed, will also be rotated with the arm 184. From this description it will be seenthat when the levers 1-71'an'd 1'78 are-rotated in a clockwise direction the roll 179 mounted uponthe shaft 177 which connects both levers: wt :the'uppermost portions thereof. will be moved slightly upward-and forward until it rolls overthe type 36 whereby said type will be inked for the next print ing operation.

As soon as the roll 179' has passed over against the type 36 whereby the date, ac-

count number, and amount, commensurate with that set by the settable slides will be printed on the record strip, which lies between the type 36 and the platen 153, and which will be hereinafter described.

The mechanism for feeding the record strip will now be described. ()n a clownward portion 154 of the lever 1147 is a stud 155 (Fig. 11) upon which is rotatably mounted a receiving roll 156, (.Figs. 3 and 7) for a record strip 157 which is fed from a supply roll 158' rotatably mounted upon the sleeve 148. Rigidly secured to one end of the receiving roll 1-56 in a disk 159 (Fig. 11) which has teeth 160 on its periphery. Mounted in the gear 91 and extending laterally'therefrom, is a stud 92 which cooperates with the teeth 160 of the disk 159 for feedin the record strip.

At t e proper time the stud 92 being secured to the gear 91' which is revolved, as previously described, will contact with the teetli'16O of the disk 159 thereby causing said disk to be given a partial clockwise revolution. The record strip 157 (Fig. 3) is fed from the supply roll 158 beneath the block 152 and passed'over the platen 153 and back over the roll 158 and then down ward to the receiving roll 156, which, as previously described is fast to the disk 159.

A pawl 161 (Fig. 11) is held firmly against the 'teeth 160 by means of a spring 164 which is stretched between said pawl and a portion 165 of the lever 1147, whereby the said strip will always be held tight and not allowed to become loose upon the receiving roll or supply roll. The engagement of the stud 92 with the teeth 160 of the disk 159 is suflicient to feed the record strip a distance to space the impressions made thereupon.

Associated with the record strip is an autographic device which is comprised of an angular bracket 1'85 (Fi 3) secured to the bail 151, and having astened to its substantiallyhorizontal portion a plate 186 which is of suflicient width to be used as a table for writin upon the record strip. Referring now to ig. 1, it will be seen that the cabinet 20 is provided with an openin; 187 which is large enough to allow the operator to see the last printed record on the strip with the exception of the date, and also make any autographic notation he may desire. Said notation is made directly above the account number and amount.

In Fig. 9 is shown a portion of the record strip. The printing at the extreme left of the strip represents the date. The num her 351 represents the account number and the figures 12.50 at the right of the strip is the amount of money received. The name Mr. Richard Roe is the party whose account number is 351 and illustrates how the autographic feature may be employed.

The figures 17.21 shown at the top and right side of record strip (Fig. 9) represents the total of the previous record prints shown on said strip. The printing at the to and left side is the date.

The record prints are made one above the other instead of one below the other, as is generall the case, due to the direction in which t e record strip is fed. Therefore the total amount will be printed above the record prints instead of below them.

The device for locking the record strip in place and for releasing same when it is necessary to re lace the supply roll will now be described. ferring to Figs. 11 and 15, a lever 188 rotatably mounted on the stud 140, has its upper end formed T-shaped which carries a stud 190 that cooperates with a roove 191 in the sleeve 148. The T-shape l portion 189 cooperates with a groove 192 which is formed in the shaft 149 (Fig. 15). The lower portion 193 of the lever 188 is provided with a stud 194 which cooperates with a slot .195 in a vertically extended arm 196 of a lever 197 which is pivotally mounted upon the horizontal'base 21 at 198 (Figs. .7, 11 and 15). A portion 199 of the lever 197 extends just through an openin 200 made in a door (not shown) of the cablnet 20. This door is kept locked and the key is held by the proprietor.

It will be remembered that the receiving roll 156 is mounted upon the shaft 155 that is secured to a part of the lever 1147, and which is fast to the sleeve 148 upon which is mounted the supply roll 158. Therefore it is obvious that if the sleeve 148 be released from the shaft 149 that the receiving roll and the supply roll would be removed toether. After the door of the cabinet 20 has con removed from the machine, the portion 199 of the lever 197 is manually moved to the left (Fig. 7) which will, through the pin 194 and slot 195, cause the lever 188 to be oscillated counter-clockwise on the stud 140. This movement is sufficient to allow the stud 190 which is engaged with the groove 191 of the sleeve 148 to be disengaged therefrom. After the stud 190 has been disengaged, as just described, the sleeve 148, supply roll 158 and receiving roll 156 may be easily removed from the machine. The T-shaped portion 189 of the lever 188 is of sufiicient width to keep it in engagement with its cooperative groove 192 in the shaft 149 after the stud 190 has been removed from the sleeve 148. This is made, as described. so that the sleeve 148 will always have to be put to its proper position when being replaced so that it can be locked. Otherwise the stud 190 will not engage the groove 191. Should the sleeve and new supply roll be put back on the machine and, even though it were put way back to its proper position, the operator should forget to move the lever 199 back to the right (Fig. 7) and try to replace the door he would not be able to do so because the opening 200 which is provided for the portion 199 would not be in the position to receive the said portion 199. Therefore it is very obvious that the record strip after being put back in the machine must also be securely looked as described above, or the operator will not be able to put the door back on the cabinet.

When the roll 179 (Fig. 3) requires inking it may be easily removed from the machine by taking hold of the lever 178 and pulling in a horizontal direction. This will cause the spring pressed ball 183 (Fig. 3) to be released from the groove (not shown) in the pin 182 that is carried by the lever 17 8 and also cause the said lever to be removed from the shaft 172. The shaft 177, which carries the roll 179, as will be remembered, is securedto the lever 178. Therefore the roll 179 will be removed from the machine when the lever 178 is removed.

After said roll has been inked the lever 178 is put back on the shaft 172 and pushed to place. This will cause the ball 183 to again engage the groove (not shown) in the pin 182 thereby locking the roll in place.

The mechanism for printing and issuing a check, a sample of which isshown in Fig. 8, comprises, a lever 201 (Figs. 7 and 11). rotatably mounted upon the shaft 88, and which carries a bail 202 to which is secured a block 203 cut away to receive a platen 204 which is held between said block and bail. The lever 201 is also formed with a goose neck portion 205 the upper end of which is held in contact with the periphery of a cam plate 76 by a coil spring 206 stretched between the said lever and the vertical portion 22 of the base 21. ,The cam plate 76 is secured to the hub 73 that is secured to and revolved by the gear 71 (Fig. 10) as previously described. The type wheels 53 are inscribed on their peripheries with characters 207 (Fig. 4) which are commensurate with those inscribed on the settable slides.

The contour of the plate 76 is such that when it is given a revolution it will cause the platen 204, through the actuation of said plate on the goose neck portion 205 of the lever 201, to be moved downward, thereby causing an extra tension to be put on the spring 206. About one-third way around on the periphery of the plate 76, that is, from the point of contact with the goose neck portion 205, the contour of the said plate is very abruptly broken and runs toward the center shaft 49. Therefore when the goose neck leaves the highest portion of the periphery of the plate 76, it will allow the spring 206 which has been placed under extra tension to actuate the platen 204 and force it clockwise with a hammer like blow to force the check strip against the type wheels, whereby the date, account number and amount will be printed on the said strip. The spring 206 is so placed that it will normally hold the said platen 204 awa from the t pe wheels after the impression as been ma e.

The device for inking the characters 207 comprises, an am 208 (Fig. 11% fast upon the shaft 112, and an arm 209 ig. 7) also fast upon said shaft. Rotatably mounted on the arm 209 at point 213, and adjacent thereto, is a lever 210 (Fig. 7) and mounted on the arm 208 at point 214, and ad'aeent thereto is a lever 211 (Fig. 11) whic is connected to the lever 210 by a bail 212. The rear end of the arms 208 and 209 is bifurcated at 215 to receive the ends of a shaft 216 on which is loosely mounted a roll 217 that is of sufiicient length to pass over ail of the type wheels 53 and 57 and which is made of substantially the same material as is roll 179 which was previously described. The

roll 217 is kept irom excessive lateral motion by a collar 218 mounted on the shaft 216 between said relland the arm 211, as best shown in Fig. 4. The lower portion of the levers 210 and 211 are each provided with a curved recess 219 (Fig. 7) to receive the ends of the shaft 216. The upper end of said levers 210 and 211 are each provided with a pin 20 which is held against an edge 221 of the arms 208 and 209, by means of springs 222 which are stretched between the lever '210 and the arm 209 and between the lever 211 and the arm 208, as is viewed in Figs. 7 and 11. The 1011217 is normally held against an electrotype 235 by a spring 230 (Fig. 11) that is stretched between the mm 208 and a pin 231 that is secured to the bracket 66. The arm 208 (Fig. 11) is formed with a downward projection 223 which coiiperates with a pin 224 carried by a lever 225 that is provided with a hub 226 in which is cut a mortise 227 (Fig. 4) to receive a tenon 80 of the hub 79 that is integral with the gear 78 (Fig. 10). The hub 226 (Fig. 4) is loose on the shaft 54 therefore when the gear 78 is revolved the lever 225 will be revolved therewith by means of the mortise and tenon connection above described.

From the above description it will be seen that as the lever 225 is revolved in a clockwise direction, as previously described, the pin 224 thereon will engage the portion 223 thereby causing said arm to be rocked counter-clockwise, whereby an extra tension is put on the spring 230. The arm 208 being pinned to the shaft 112 will cause the shaft to be rocked counter-clockwise and also the arm 209 which is fast to said shaft 112. The movement of the arms 208 and tegral with the lever 225 will, during the I revolution of said lever, strike a pin 229 which is carried by the arm 208 and cam said arm back to its normal position. During this movement of the arms 208 and 209, the bail 212 acts as a guard for the check strip so that it will not become smeared with ink from the roll 217.

The mechanism for printing on the check strip, other than that which is printed b the type wheels, and for feeding the chec "strip after receiving an impression from the type wheels comprises, a cylinder 232 Figs. 4 and 7) that is fast on hubs 233 Fig. 7) of disks 234 (Figs. 7 and 4) that are fast on the shaft 87. An eflectrotype 235 is mounted on the cylinder 232 so that when the shaft 87 is revolved, by the gear train illustrated in Fig. 10, an impression will be made on a check strip 236. This strip is fed from a supply roll 237 (Fig. 7) mounted on the shaft 88, the strip'being drawn from the supply roll between the disks 234, which are knurled on their periphery, and a resilient roll 239 mounted eccentrically on a shaft 240. This shaft has bearings in a bracket 242 (Fig. 4) secured to the rear tie rod 26 by means of screws 243, and a vertically extending bracket 244 (Fi 3) secured to the base 21 at point 245. a he right hand end of the shaft as viewed from the' front projects within an opening (not shown) made in the wall 23. The roll 239 is laterally spaced by the brackets 242and 244. Mounted adjacent the wall 23 on the shaft 240 is an arm 246 that is split at 247 (Fig 11) which allows said arm to be clamped securely to the shaft 240 by means of a screw 248. A hole 249 (Fig. 4) in the arm 246 receives a pin 250 that is carried by the wall 23. By clamping the arm 2% on the shaft 240 at different angles any desired pressure may be obtained between the knurled disks 234 and resilient roll 239, as the roll 239 is mounted ecrentrically on the shaft 240 as described above. When anew check supply roll is in the machine it must be fed manually between .the knurled disks 234 and the feed roll 239, therefore there must be an opening between the said roll and disks. This is rovided b the operator taking hold of a knob 241 ig. 4) integral with the shaft 240 and pulling the said shaft horizontally until the arm 246 is released from the pm 250,

, will be seen that the ink rol 217 is in such a position that when the shaft 87 is revolved the electrotype 235 will contact with the said roll 217 whereby ink from the said roll 217 will be deposited on said electrotype. Although the ink roll was moved out of contact with the electrotype to ink the type wheels previous to taking an impression therefrom, it was restored, as previously described to its normal osition in contact with the electro, fore the latter is operated to print and feed the check strip. The shaft 87 is revolved, at the proper time as previously described, thereby causing the electrotype 235 to print on the check strip, and also to extrude the printed portion thereof, through anopening 270 (Fig. 1) in the cabinet 20, so that it may be torn off by the operator by pullin it upward against a serrated plate 271 (B ig. 3) that is secured to said cabinet.

The portion torn off will resemble a check similar to the one shown in Fig. 8. The printing on the bottom line of the check is done by the type wheels and represents, from left to right, the date, account number and the amount. All other printing on the check is done by an electrotype while the check is being fed from the machine.

Operation.

Let it be assumed that, for example, the machine herein described is bein used by an insurance collector. Let it a so be assumed that the collector has received premium payment of $12.50 from a policy holder whose account number in the companys ledger is 351.

The collector moves the slides 28, 29 and 30 so that the type 36 thereon are set commensurate with the date, policy holders account number 351 and the amount $12.50 received from the policy holder. Simultaneous with the movement of the slides, the actuators 46 and 541 are differently set, thereby positioning the type wheels 53 and 57 for printing on the check strip 236 (Fig. 7).

The remainin functions of the machine are performed y turning the operating handle 58 one complete revolution. Before said handle can be revolved in the operating direction it is necessary to rotate it reversely a slight amount. This reverse rotation causes the portion 700 (Fig. 11) of the pawl to be disengaged from the pin 691 of the ratchet 69, and also causes the nose 701 of the pawl 70 to engage the teeth of said ratchet. The nose 701 is held in engagement with the teeth of the ratchet 69 b the spring 702 and will prevent the ban e 58 from bein turned backward after it has been starte in the operating direction.

The first slight operating movement of the handle 58 will cause the lever 98 (Fig. 14) to be rotated counter-clockwise which will rotate the gear 103 and shaft 49 slightly clockwise. This movement is sufiicient to .position'the portions 107 of the arms 106,

beneaththe nose 114 which will prevent the bail 110 from being moved, thereby locking the type wheels and also looking the settable slides through the pawls 116.

After the type wheels and slides are locked, the gears of the counter wheels comprising the counter 119 (Fig. 7 are thrown into engagement with the actuators 541. This is effected by the actuation of the plate cam 90 which causes the lever 122 to be rotated counter-clockwise (Fig. 11) The counter is held in engagement with the actuators 541 b the shou der 35 by the lever 130. Said. ever being rotated slightly by ;the spring 137 thereby causing the shoulder 135 to be positioned above the stud 129 of the lever 122 as the lever 122 is rotated.

After the counter has been en aged with the actuators 541 the lever 166 (T ig. 11) is rotated, by the cam race of the disk 74, first in a clockwise direction then immediately in a counter-clockwise direction. This movement causes lever 1147 to be rotated counter-clockwise and then clockwise around the shaft 149. The first movement of said lever 1147 causes the platen 153 to be lowered and at the same time rocks the lever 171 in a clockwise direction whereby the ink roll 179 is moved slightly upward and forward so that it contacts w1th the type 36 thereby inking the same for printing on the record strip 157. The clockwise movement of the lever 1147 causes the lever 171 to be reversely rocked so that the roll 179 is moved back to its normal position. Simultaneously the platen is moved upward so that it presses the record strip against the type 36 whereby the characters thereon are printed on the said strip.

Simultaneous with the operation just described the arms 208 and 209 which carry the ink roll 217, are rotated counter-clockwise by means of the stud 224 which is secured to the lever 225. It being remembered that the lever 225 is revolved by the gear 78 which is fastened by means of the mortise 227 and tenon 80 (Fi 4). The counter-clockwise movement of t e arms 208 and 209 is sufficient to carry the ink roll 217 down in engagement with the type wheels 53 and 57 thereby inking the same for print ing. As soon as the stud 224 leaves the portion 223 of the arm 208, the spring 230 acts and returns the said arms and ink roll to their normal posltion. The plate cam 76 (Fig. 11) is so formed that the lever 201 is rotated clockwise and suddenly released. This movement of said lever 201 causes the platen 204 (Fig. 7), by the actuation of the spri 206, to strike the check strip 236 and press it'against the type wheels whereby the characters thereon, which have been previously positioned, are printed on the said check strip. The spring 206 also causes the platen 204 to be pulled away from the'said type so that the check strip may be fed.

After the date, account number and amount, have been set upon the slides 28, '29 and 30 and type wheels 53 and 57 and impressions taken therefrom onto the check and record strip, as was described above, the shaft 49 is rotated in a clockwise direction by the lever 98, (Fig. 14) thereby causing the bail 105'to engage the portions 109 of the actuators 541 and to restore them to their normal sition. This movement will also restore t e type wheels 57 and slides 28 and 29 to their home position. The date 1 wheels 53 and date slides 30 will not be restored to their home positions because the actuators 46, which englage with the said date slides and type w eels, are not rovided with the portion 109 to be en age by the bail 105. It will be remembere that the counter 11'.) is in engagement with the actuators 541 at the time the lever 98 isoperated, therefore during the restoration of said actuators, the amount, which was set up by the slide '28, will be accumulated upon the counter.

Simultaneous with the restoring. of the actuators 541 as described above, the stud 92 (Fig. 11) coiiperates with the teeth 160 of the disk 159 thereby causing a partial revolution of the said disk that is secured to the receiving roll 156 (Fi '7) This causes the record strip 157 to be spaced for the subsequent operation of the machine.

During the feeding of the record strip the gear 85 (Figs. 10 and 11) engages the gear 86 and revolves it in a clockwise direction which also revolves the shaft 87 and electrotype 235 thereon. The revolution of the shaft 87 causes the check stri to be extruded through the opening 270 ig. 1) in the cabinet 20. It also causes the electrotype 235 to print on said check strip.

After the amount has been accumulated on the counter 119, said counter is disenaged from the actuators 541 by the pin 136 Fig. 12), on the plate cam 90, which cooperates with the nose 133 of the lever 130 thereby releasing the pin 129 from the shoulder 135 and allowing the spring 127 to rotate the lever 98.

The transfer movement in the counter, takes place after the counter has been disengaged. Said transfer movement is effected by the cams 138 (Fig. 7) which cooperate with the pawls 1193 and 1194, said iii.

cams being driven by the lever 139 (Fig. 11) and gear 143. This operation is fully described and illustrated in the above mentioned Fuller application. Therefore it will not be described herein.

During the latter part of the revolution of the handle 58 the bail 105 (Figs. 7 and 14) is returned to its home position. The shaft 87 is also finishing its revolution thereby feeding the check strip so that all the printin thereon is completely extruded.

he said check strip is now torn oil and resembles a check, a sample of which is shown in Fig. 8.

The collector may now make any notation he desires on the record strip as the machine is provided with an autographic device.

Totalizim The mechanism for manually engaging the counter with the actuators so that a total may be taken therefrom comprises, as viewed in 12 and 13, a lock casing 251 a portion 252 of which extends through the cabinet 20. A disk 254 lies against one face of the lock casing 251 and has integral therewith a sleeve (not shown) which projects within an opening made through the lock casing 251 and its projecting portion 252, the fit between the sleeve and the opening being such that the sleeve is freely rotatable. This disk 254 as shown in Fig. 12 is provided with two oppositely arranged radial slots which are adapted to receive the prongs (not shown) ofa suitable key 256 which may be inserted through the sleeve attached to the disk. Through this means by turning the key the disk 254 may be oscillated. In the eriphery of the disk 254 are two small note es 257 and 266 and a cut away portion 258. The disk 254 also carries a laterally projecting stud 259 that cooperates with a nose 260 of the lever 122, previously described. A lever 261 mounted on a stud 262 is provided with a projection 263 which cocperates with the notches 257 and 266, as will be hereinafter described. The extreme end 264 of the lever 261 coiiperates with a pin 265 that is secured to thecam 96.

To take the total of the amount that has been accumulated on the register the operator inserts the key 256, as previously described, far enough for the said key to engage the slots 255 of the disk 254. By means of the key 256, the disk 254 is given a one uarter turn in a counter-clockwise direction Fig. 12) which will, through the engagement of the stud 259 with the nose 260 of the lever 122, cause the said lever 122 to be rotated in a counter-clockwise direction. It will be remembered that the frameworks 120 (Fig. 7) are secured to the lever 122, therefore when said lever is moved as just described the frameworks will be rotated countor-clockwise (Fig. 7) a distance suflicient to engage the counter wheel gears with the actuators, this engagement of the counter during adding operations being occasioned by the rockin of the lever 122 through the medium of t e roller 125 and cam 90 as V will be remembered. The lever 122 is auto matically actuated during adding operations whlle during total taking-operations it is actuated by a key. The movement .of the disk 254, counterclockwise, as just described also rocks the lever 2.61- ina clockwise directiongaround a stud 262, to whichitis ivoted.

' the periphery of thedisk at all times.

the projection 263 is engaged in This rocking movement isoccasione b the engagement of the true periphery 0 vthe plate with the-projection 263 of the lever 261 and is sullicient to diseng projection from its normal position with the notch 257. As the disk 254 finishes its counter-clockwise movement the projection 263 is en'ga spring 137 holds the said projection a inst en inst: movelooked in 266 the disk 254 will be he a ment so that thecounter will engagement with the actuators through the said lever will be oscillated counter-clockwise thereby rendering it ineffective. It will be remembered that durin addin operations this lover 130 controi s the mengagement of the counter and since during total taking operations the disengagement of the counter occurs at a different time and through diiferent means the functions of this lever must necessarily be crippled. To prevent the key 256'fr0m being turned too far the cutawayportion 258 is of such'a length that its shoulder 267 will engage a pin 253, which is fast in the lock casing 251 thereby stopping the disk 254 from further travel.

After the key has been placed in the lock and given a quarter turn as above described, the operator inserts a suitable operating element in the hole 32 op osite the integer 9, of the slides 28, (Fig. 1 and moves said slides forward until arrested by a pin 1191, (Fig. 7) of the counter 119, which is given a counter-clockwise rotation and which engages the edge 1192 on the pawl 1193. This operation will not be described in detail as it is very fully illustrated and described in the above mentioned Fuller application.

During the movement of the settable slides 28, above described, the counter 119 will be reversely rotated until it reaches its zero position. When the counter has age the said.

with the notch 266 since the a the' notch reached this position the amount therefrom will, through the actuators 541, have been set up on the type wheels and type 36 so that the said total amount that was standing upon the counter, may be printed'upon the record strip and also the check strip.

stead of below as is generally the case.

At the proper time during the operation of theparts, the pin 265 carried by the cam 90 en ges the end 264 of the lever 261 where y said lever (Fig. 12) will be rocked clockwise to release itsprojection 263 from the .notch266 in the (118k 254. This will allow the spring 127 to rotate the lever 122 the counter from the actuators and at the sametimetto restore the disk 254, through :the pin 259, to its'normal position in which --the key 256 may be removed. The settable slides 28 are restored to their home positions identically the same as during adding operations and the remainder of the various elements of the machine perform functions identical with those they perform during .addingaoperations and therefore a description oftheir operations will not be given herein. v

Modification for printing on an inserted slip.

bracket 277 (Fig. 17) so that they will come in contact with the upper surface of the said bracket, to receive and clamp the paper, inserted in the slot 276, between them and the bracket 277-. The bracket 277 is provided with'a ledge 280 which limits the inward movement of the paper so that it is correctly positioned to be printed upon. The ortion of the bracket 24 which carries the s aft 87 (Fig. 3) is changed as shown at 281 (Fig. 17 and also carries a pin 282 to engage the arm 209, and stop said arm in its normal position. It will be remembered that the arms 208 and 209 are fast to the shaft 112. Therefore the arm 208 will also be stopped in its normal position. The pin 282 is not necessary in the check issuing machine because the arms 208 and 209 are stopped by the roll 217 coming in contact with the electrotype 235.

Since no check is to be imued, various elements rovided to perform these functions in machine previously described may be omitted when an inserted paper is to be printed upon. Thme elements are, referring to Figs. 3, 4, 7, 10 and 11, the shaft 87 and all parts -thereon, the shaft 240 and all parts thereon, the bracket 244, the gears 84 and 85 .(Fig. 10). and the stud 83 thpl efor, and tlfilcheck 10111237. h r

o rint on t or s ip, t e operator insert it in the slot g i 17) and, ushes it forward until the same is sto fapedy the ledge 280 of the bracket 277. he machine is now ready to be operated in the manner described in connection with the check issuing machine. During this operation the paper is carried forward, bythe platen 204,. to engage the type wheels 53 and 57 so that the date, account number and amount will be printed thereon.

After the operation of the machine the inserted p per which was removed from saidmachine'by the o rater, as there is no device for extrudlng the While the form of mechanism herein shown and described is admirably adapted to fulfil the objects primaril stated, it is to be understood that it is not intended to com fine the invention to the one form of em-. bodiment herein disclosed, for it is susceptible of embodiment in various forms all coming within the scope of the claims which follow.

What is claimed is 1. In a machine of the class described, the combination of a main operating mechanism, a manipulative reciprocating rack bar, a totalizer, a difi'erentially movable actuator therefor operated by the bar, a rotatable element operated by the main operating mechanism for operatively e ging and disengaging the'totalizer and t e actuator in adding operations, a rocking bail operated by the main operating mechanism. means carried by the actuator and adapted to be engaged by said bail for restoring the actuator to normal position and thereby add upon the totalizer while the latter is in en gagement with the actuator, a second rotatable element for operatively engaging the totalizer with the actuator in totalizin operations, said second rotatable element eing operable to on age the totalizer with the actuator as a pre iminary to a manipulation of the rack bar whereby said totalizer will be restored to zero and control the adjustment of said bar, said second rotatable element acting further to disengage the totalizer after the resetting of the same to zero and before said actuator has been restored to normal position.

2. In a machine of the class described, the combination of a main operating mechaprinted upon, is

nism, a rocking bail operated thereby, a manipulative reciprocating rack bar, a totalizer, a rotatable printing element, a reciprocating printing element operated by said bar, a differential movable actuator operated by said bar toposition the rotatable printing element, a rotatable element operated by the main'operating mechanism for engaging and disengaging the totalizer and the actuator in adding operations, means carried by said actuator and adapted to be engaged by said bail :Eor restoring said aduator to normal position, and a manually ro tatable element operated as a preliminary to a manipulation of said bar in total printing operations to enga said totalizer with the actuator whereby t e extent of movement of said rack bar and the positioning of both of said printing elements is control-led by thetotalizer, an operation of said manaual'ly rotatable element. also'disengages said totali'zer after it. has beenreset and before said actuator has been restored to normal posi- 3-" Inavmachine of the class described, the combination of a mainoperating mechanism, a difi'erentially movable actuator, a totalizer normally disengaged from said actuator, a totalizer engaging member, two totalizer disen agin members, two rotatable members a apted to operate the engaging member, means carried by one of the rotatable members for operating one disengaging member, another means carried by the same rotatable member for operating the other disengagin member, an operation of the other rotatafie member moving one of the disen a 'ng members to ineffective position an t ereby rendering its respective operating means ineffective.

4. In a machine of the class described, the combination of a main operating mechanism, a difierentially movable actuator, a totalizer normally disengaged from said actuator, a member rigid with said totalizer for operatively engaging the totalizer with the actuator, a rotatable element operated by the main operating mechanism for moving said member, a pivoted member adapted to engage said other member and hold it in its moved position, means carried by rotatable element for engaging said pivoted member and thereby disengage the totalizer from the actuator, a manually rotatable member for moving said rigid member and simultaneously engaging said pivoted member to render it ineffective, a pivoted lever moved by said rotatable member, and means carried by said rotatable element for engaging said pivoted lever and thereby disengage the totalizer from the actuator.

5. In a machine of the class described,the combination of a main operating mechanism, a rocking bail operated thereby, a totalizer, an actuator therefor, a manipulative ator, means carried by said actuator and adapted to be engaged by said bail to restore the actuator to normal ositi'on and thereby actuate said totalizer a r said totalizer has been automatically engaged with said actuator in addin operations, a'manually operated rotatab e member .for enga the totalizer with the actuator in totaFta ting operations, and means carried b 'said manually operated member for ten ering the totalizer disengaging means inefiective and thereby causmg sald totaliaer to be disengaged from the actuators before they have been restored so that when said actuators are restored to normal position they will not actuate the totalizer.

6. In a machinerofthe class described,the combination of a main operating mechanism, a difierentially movable actuator, a totalizer normally disenga ed from said actuator, a member rigid wit said totalizer for 2 5 operatively engaging the totaliaer with the actuator, means operated by the main operatin mechanism for moving said member in a ding operations, a pivoted member operated by said means for disengaging the totalizer in adding operations, a manually operated member or moving said rigid member in totaling operations and simultaneously en the pivoted member and rendering 1t me ective.

7. In a machine of the class described, the combination of a main operating mechanism, a diiferentially movable actuator, a totalizer normally disenga from said actuator, a member ri id wit said totalizer for operatively engaging the totalizer with the actuator, a rotatable element 0 erated by the main operating mechanism or moving said member, a pivoted member having a step ed shoulder adapted to engage said rigi member and hold it in its moved position, and means carried by said rotatable element for engaging said pivoted member and thereby disengage the totalizer from the actuator.

In testimony whereof I affix my signature.

FREDERICK L. FULLER. 

